Video repair manual Skoda Octavia is an alternative to the standard instruction from the manufacturer, which is visited and greater informative. On the site of the site, the site has been collected by the best materials that will demonstrate basic repair procedures and preventive measures. After reading all the manuals, the owner of the car with ease will repair Skoda Octavia with her own hands.

To begin, it should examine only those procedures that are most often interested in other owners of this car model. Replacing the Oktavia timber belt, Skoda Octavia and Skoda Octavia can be useful in case of severe operating conditions. It is not rarely needed Octavia - the procedure will restore the performance of the brake system. Some types of repair work can be useful in place. Singing the car on a flat surface, you can deal with faults, knowing how the thermostat of octavia is replaced and in Skoda Octavia.

Despite the sufficiently large number of materials, the site may not find any instructions in the form of a video. An excellent alternative will be photo reports accompanied by text for explanation. If not, you can wait, the information will certainly appear soon. Would you like to fix a malfunction faster? Then worth it set the appropriate question of experienced motorists and mechanicswho are often visited by the portal. They will probably give a good advice and may tell about their experience in eliminating such a problem, fully planning the algorithm of repair work.

Brief History - First Skoda Octavia

The buyer learned about the car Skoda Octavia back in 1959. The passenger car has become a modified version of the precursor Skoda 440, which won recognition abroad. It was completely changed the front axle, it became a more comfortable dashboard, an independent suspension appeared. In 1960, the "Universal" added to Sedan, and later appeared various versions of a car with unique options, including design elements. Already at that moment, the owners of Skoda Octavia service and repair did not bring difficulties.

The vehicle modifications were made up to 1971, then the model disappeared from the species for more than 20 years.

Worthy continuation of the model range

In 1996, a new model of the company was released - Skoda Octavia. After so many years the car has changed completely, ranging from design, configuration, engine and ending with other technical features. In 2000, the first generation has undergone restyling.

The second generation was published in 2004 and continued to be issued until 2013. Despite the pleasant appearance, in 2009 the car was changed and received the FL console.

The last generation of Skoda Octavia appeared in 2012. Seeing this car, you will not find any signs of the same model 60s. Modern stylish appearance, convenience and safety, as well as complete set by a plurality of powerful engines - All this highlights the car among the analogues.

Photo report
There are many reasons for the need to serve any car on your own. Maybe laid out photos will help someone in this. And so, we have Skoda Octavia 1.9 TDI Ancient Code of the AGR engine. We change the oil and all filter. At the same time, we try to fulfill the requirements of service instructions known to us and especially in purity, as any engine dirt catastrophically reduces the resource and especially diesel and even with a turbine ...

Injection systems ignition
(INJECTOR, IGNITION SYSTEM)

Skoda Octavia since 1996 release: repair and operation (RUS) CD. 115 MB.

General service information
Suitable for many cars VW, Skoda, Seat, Audi

Deciphering the factory configuration of the car (eng.)
Deciphering the factory configuration VAG in Russian!
Diagnostics Volkswagen, Audi, Skoda, Seat, error codes.

If you did not find information on your car - see it on cars built on your car platform.
With a lot of probability, information on repair and maintenance is suitable for your car.

Skoda Octavia first generation General information

General information about the car
The Skoda Octavia car, built on the same platform as the Volkswagen Golf of the Fourth Generation, was first introduced in 1996. Initially, this model was released with the Hatchback body, and two years began to sell the wagon.
In 2001, the model was subjected to restyling in 2004 with the advent of the new generation of Skoda Octavia, the old did not remove from production, and renamed Skoda Octavia Tour. Since 1997, Skoda Octavia Tour cars, designed for sale in Russia, completed 1.6 L gasoline engines (75 hp), 1.6 liters (101 hp), 1.8 l (150 hp) .) And diesel engine 1.9 liters (90 hp).

In 2001, an engine of 1.6 liters was seized from the engine line of the engines, with a capacity of 75 hp. and added 1.4 liters (75 hp) and 1.6 liters (102 hp). From 2008 to 2010, an assembly of Skoda Octavia Tour was organized in Kaluga. In 2010, Skoda Octavia Tour was removed from production in Ukraine, and on November 10, 2010, the last copy of the car from the conveyor of the plant in the Czech city of Vrchlabi. Russian dealers currently offer a choice of cars with hatchback bodies and wagon, with 1.4 L gasoline engines (75 hp), 1.6 liters (102 hp) and 1.8 l (150 l. with.) and diesel engine 1.9 liters (90 hp). When restyling 2001, the car received transparent plastic headlight disperses instead of glass, completely painted bumpers appeared, the rear lights and the grille changed. An innovation in the cabin is a modified instrument panel, which differs from the panel of the previous model with dimensions and more expensive material. The five-speed manual gearbox is the only option for cars with a 1.4 L gasoline engine (75 hp).

For other versions, both a five-speed mechanical and four-stage automatic transmission can be provided. Restyling 2001 produced cars in the LX, GLX and SLX versions. Subsequently, they were assigned the names of "Classic", "Ambient" and "Elegance", respectively. The LX version ("Classic") includes three-point belts (5 pcs.) Safety on the front and rear seats, headlights with halogen lamps, power steering, rear window wiper (Combi), black rails (Combi), 12 V socket, Mounted in the luggage compartment (Combi), a full-sized spare wheel, an immobilizer, a cosmetic mirror in the driver's and passenger sun visors, rear mudguards, driver's airbag, a cabin filter, audio preparation (4 dynamics + antenna), ashtray and cigarette lighter, doused drawer with backlit, ISOFIX fastenings for children's chairs in the back seat, folding (in a ratio of 40:60) in parts of the rear seat back, tinted glass, two rear headrest, black moldings, adjustable in height and departure steering wheel, adjustable at the height of the driver's seat, tires 195 / 65 R15, steel 15-inch wheels of wheels.
The GLX version ("Ambient") additionally to the LX equipment ("Classic") includes ABS, on-board computer, sensor of unclosed doors, front electric windows, airbag for front passenger, fog lights, central locking, exterior rear-view mirrors with electrical heating and electric drive, Door knobs in body color, heated glasswater nozzles.

The SLX version ("Elegance") additionally to the GLX configuration ("ambient") includes the height-adjustable front passenger seat, the lumbar front seats, the central lock with remote control, the automatic climate control system, the heating of the front seats.

As a rule, the manual for the operation of vehicles is represented by a huge book containing the slightest details regarding the work of a mechanism. Skoda Octavia A4 in this case will also not be varied compared to brethren, although it is sometimes easier to use the help of the maintenance station staff than to delve into the instructions written in 300-pages, and also look to understand what it is and how it works. In addition, the manufacturers of the Oktavia model in the body of the sedan equipped the operating instructions with additional icons, which on the one hand simplify work with the car, and on the other hand complicate the process. As for me, such schemes are useful for the pro, they face all the time with various violations in the work of Skoda Octavia A4. We will try to present you a simplified guide to work with the car, which will emphasize the highlights that prevent the normal functioning of this vehicle.

Troubleshooting instructions

So, for example, consider the main problems. First, this is a violation of the air filter, thanks to which the circulation of air masses is carried out in the car.

This cleaning unit filters air from poisonous impurities, dust and dirt containing pathogenic microbes and bacteria.

During the serviceability of the device, the driver and its passengers breathe fresh air. The filter is represented by the panel type design, which is installed on the Skoda Octavia of the Injector type, and resembles a flat box comprising a corrugated element.

The inner part is subject to replacement after overcoming a certain kilometer, which can be reproduced independently or contacting the staff of the service station. The author of the Skoda car operating instruction recommends changing the corrugated element every 25,000 km. Its cost is represented by a democratic amount, and therefore will not affect special damage to your financial situation. True, some car owners are trying to clean independently or wash under running water internal part of the filter, but the quality of his work deteriorate significantly, which will undoubtedly affect the health of the car owner in the near future.

Elevation functioning

In the operating manual, Skoda Octavia, you can also familiarize yourself with the work of wipers, the functioning of which is simply necessary during rainy weather or precipitation in the form of snow. If during the start of the engine, you have pressed on the switch, and the wipers remained fixed, which means that there were problems in the work of the mechanism. There are three main reasons: fuses blocked, a switch broke or deposit contacts. Therefore, first try moving the connectors and only then change the fuses or the button itself.

Introductional information

• Content

  Introduction
  Emergency Situations
  Daily checks and troubleshooting
  Operation of the car in winter
  Trip to STR
  Instructions for use and maintenance
  Cautions and safety regulations when performing work by car
  Basic tools, measuring instruments and working methods
  Engine
  Power and motor control system

  Lubrication system
  Cooling system
  Inlet and release system
  Transmission
  Drive shafts
  Chassis
  Brake system
  Steering
  Body
  Heating, ventilation and air conditioning system
  Passive security
  Electrical equipment
  Electrochemis
  Dictionary

• Introduction

  Introduction

  The history of Octavia began in 1959. The brutal, simple and reliable car with a hard body and good running characteristics that were appreciated and deserved many prizes in international competitions. The production lasted until 1964, when a completely new model came to replace Octavia.
  For the second time, Octavia appeared only in September 1996 at the Paris Motor Show. In 1997, mass production began. Octavia was the first created after the transition of the company under the control of the Volkswagen concern, a fully new model. The company thus "filed an application" on the chair in a higher class, where the Czech assembly cars were generally absent for the last half a century.
  Motorists met the car is quite warm. The hope of the fact that with the arrival of the Volkswagen car was acquired by the quality of the German manufacturer. The second attractive factor was the price.
  In the debut year, Octavia was represented only in the body of the hatchback, and in two years there was a start of the sales of a station wagon with an additional designation of Combi.
  This model boasts a very roomy trunk. Its volume is 528 l, and with a folded rear sofa - 1330 liters. In COMBI, with a folded rear seat, you can accommodate 1512 liters, while the maximum allowable load is 540 kg.
  The model is presented in several configurations. Basic - Classic (until 2000 - LX), in it, except for the immobilizer, power steering and adjustable steering column, there is nothing more. The next level is the level of Ambiente (GLX) - a set, already more corresponding to a modern car: a central locking, electrical windows and an electrically regulating rear-view mirrors, on-board computer, airbags, as well as an audio system and air conditioning.
  A more expensive version is referred to as Elegance (SLX), it has everything that in the two previous ones, in addition, it is distinguished by "cast" wheels and a complete electric car. Well, and the most gorgeous package of Laurin & Klement includes all at the maximum: leather interior, roof hatch drive, 16-inch wheels of wheels, xenon headlights, parking sensors, rain sensor, heated front seats, aluminum and wood in the finish.
  Ergonomics of a driver's seat above all praise. Adjustable steering column, together with the possibility of adjusting the height of the driver's seat, eliminates the problem of selecting the optimal location by the wheel. The seat itself is quite chain, with good lateral support.
  Initially, the model was completed with four-cylinder petrol and turbo diesel aggregates. Gasoline had volumes of 1.6 l and 1.8 liters, and turbodiesel - 1.9 liters. A little later, a gasoline unit with a volume of 1.6 liters and a capacity of 102 hp appeared. In addition to these engines, the car was equipped with 1.8-liter (125 hp) by the unit, and since 2000, a fundamentally new, gentle environment, 1,4-liter.
  It is worth noting a modification with a 1.8-liter turbocharge engine (1.8T, 150 hp), which has gained popularity among drivers with active running ride.
  With the advent of the station wagon, the power units was one turbodiesel - 1.9 liters of TDI (110 hp), more.
  In 1999, all-wheel drive versions of the station wagon (modification of the 4x4 hatchback appeared a year later) with a 4-motion full drive system, in which the torque between the axes is distributed using the Haldex coupling with an electronic control unit. Under normal road conditions, the entire moment is directed to the front wheels, but it is necessary for them only to start slipping, as part of the traction will be partially translated into the rear wheels. In the same year, another 2.0 l gasoline power unit and 115 hp
  In 2000, Oktavia was subjected to light facelifting. So the car received slightly increased headlamps, a different grille of the radiator and bumpers with the modified geometry of openings. Unlike hatchback, the universal rear lights remained the same. A small modernization was carried out in the cabin - the design of the rear seat was reworked, the resulting 40 mm for the feet of the rear passengers appeared as a result. And in 2001, the light saw the most "charged" all-wheel drive version of RS with a forced 1.8-liter 20-valve engine, developing 180 hp.
  Such a successful model that appeared in 1996 continued to be issued with refinement and changes until 2010, despite the fact that in 2004 the heirs was seen - Octavia II.
  This manual provides instructions for the operation and repair of all Skoda Octavia / Octavia Tour modifications manufactured from 1996 to 2010.
  

  Skoda Octavia / Octavia Tour
  1.4 8V. Years of release: 1999 - 2001 Engine volume: 1397 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Consumption (city / highway): 10.5 / 5.7 l / 100 km
  1.4 16V Years of release: 2000 - 2010 Body Type: Hatchback / Universal Engine volume: 1390 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 9.0 / 5.4 l / 100 km
  1.6 8V. Years of release: 1996 - 2000 Body Type: Hatchback / Universal Engine volume: 1598 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 10.8 / 5.8 l / 100 km
  1.6 8V. Years of release: 2000 - 2010 Body Type: Hatchback / Universal Engine volume: 1595 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 10.0 / 5.5 l / 100 km
  1.8 20V (125 hp) Years of release: 1996 - 1999 Body Type: Hatchback / Universal Engine volume: 1781 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 13.3 / 6.8 l / 100 km
  Skoda Octavia / Octavia Tour
  1.8 20V (150 hp) Years of release: 1998 - 2010 Body Type: Hatchback / Universal Engine volume: 1781 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 12.8 / 6.9 l / 100 km
  1.8 20V (180 hp) Years of release: 2001 - 2006 Body Type: Hatchback / Universal Engine volume: 1781 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 10.8 / 6.4 l / 100 km
  2.0 8V. Years of release: 1999 - 2010 Body Type: Hatchback / Universal Engine volume: 1984 cm3	Doors: 5. KP: fur / auth.	Fuel: gasoline Fuel tank capacity: 55 l Consumption (city / highway): 12.6 / 6.8 l / 100 km
  1.9TDI Years of release: 1996 - 2010 Body Type: Hatchback / Universal Engine volume: 1896 cm3	Doors: 5. KP: fur / auth.	Fuel: Diesel Fuel tank capacity: 55 l Consumption (city / highway): 6.6 / 4.1 l / 100 km

• Emergency Situations
• Exploitation
• Engine

Operating Instructions Skoda Octavia / Skoda Octavia Tour 1996-2010 Operation and maintenance of Skoda Octavia / Skoda Octavia Tour 1996-2010.

2. Operation and maintenance of the car

Fuel dressing

All SKODA cars with gasoline engines are equipped with a catalyst of og and can only be refueling with non-ethyetrated gasoline Neeteroded gasoline must match the CSN (DIN) standard EN228.

For engines requiring the use of non-ettenited gasoline "Natural" from Oct.ch. 95, you can also use non-ethenetic gasoline "Natural" from Oct.ch. 91. However, it is necessary to reckon with a slight reduction in engine power.

For engines requiring the use of non-ettenited gasoline "Natural" from Oct.ch. 98, you can also take advantage of non-ethenetic gasoline "Natural" from Oct.ch. 95. A small reduction in engine power is possible. In the event that there is no neethydrated gasoline "Natural" from Oct.ch. 98 Natural from Oct.ch. 95, in case of extreme need to use the non-ethenetic gasoline "Natural" with OKT.CH. 91. Severate non-ethenetic gasoline "Natural" from Oct.ch. 98 and, acc., "Natural" from Oct. 95 as soon as it turns out to be possible.

Gasoline with a higher octane number than that provided for, you can use without restrictions. However, no fundamental advantages can be expected regarding the engine capacity and consumption!

The behavior, power and durability of the engine has a decisive effect of fuel quality. Do not add any additives to fuel.

Use the fuel corresponding to the norm.

Diesel fuel

Your car can be operated using diesel fuel corresponding to the norm EN 590.

Additives for fuel, improving it "fluidity" (Ben Zin and this kind of means), can not be added to diesel fuel.

With a degenerate quality of diesel fuel, it is necessary to drain the water from the fuel filter more often than is specified in the service book.

Your car is not adapted to use biofuels, so it is impossible to refuel and apply it to the car movement. In the case of the use of biofuels (RME), damage to the motor or power system is possible.

Winter operation

At the gas stations in the winter period, they offer a different kind of diesel fuel than in the summer. In the case of the use of "summer diesel fuel", at the outdoor temperatures below 0 ° C, interruptions are observed in operation, since diesel fuel is thick due to paraffin.

For this reason, the CSN (DIN) EN 590 norm is provided for certain sectors of the year the class of diesel fuel, which can be released in this period "winter diesel fuel" remains fully applicable at a temperature of -20 ° C.

In countries with other climatic conditions, in most cases, such types of diesel fuel are offered, which are distinguished by other temperature parameters. Local stations of service maintenance "Skoda" and gas stations in these countries will certainly be able to give you information about the common types of diesel fuel in the country.

Filling

Opening of the fuel tank fuel cap

Flip the fuel tank of the fuel tank of the fuel tank.

Repair the fuel tank fuel tank cover turning the key to the left side.

Afterverting the threaded plug of the fuel tank of the fuel tank on the left side, wear it on top to the folding cover.

Closing of the fuel tank fuel cap

Screw the threaded plug of the fuel tank to the right side until the click of the ratchet mechanism is heard.

Squeeze the fuel tank fuel tank cover by turning the key to the right side and remove the key.

Leaving the fuel tank bulk tank cover.

On the plate located on the inner side of the fuel tank fuel cap, the fuel type required for your car is given.

The fuel tank capacity is approx. 55 liters.

Podcast space

1. Expansion tank of cooling system 2. Expansion tank of the steering hydroeviller pump 3. Glass washer fluid tank 4. Motor oil level 5. Oiltyplatte neck 6. Expansion tank of the main brake cylinder 7. Rechargeable battery

Motor oil

Specification of motor oil

The type of oil depends on precise specific specifications.

At the factory, the engine is refilled with special high-quality all-season oil, which can be used all year round with the exception of climatic zones with an extremely cold climate.

When you refuel, you can mix the oil to mutually mix. However, it does not apply to cars with changeable limits of service maintenance.

The following specifications must be indicated on the packages independently or together with other specifications.

* Refueling oil with a change of oil filter. During refueling, it is necessary to check the level of the refilled oil, you can not overfill it. The level of fastened oil varies within the wrapping.

Motor oil level check

Ensure that the car stands on the horizontal surface.

Turn off the engine.

Open the engine hood.

After waiting a few minutes, remove the oil level pointer.

Washed the oil level pointer with a clean cloth, insert it again into the control hole until it stops. Then pull the pointer again and read the oil level.

Oil level on the site (a)

Oil should not be attached.

Oil level on the site (B)

Oil can be attached. It may happen that the oil level will get to the site (a).

Oil level on site (C)

Oil must be attached. It is enough that the oil level then pulled out to the site (b).

It is quite normal if the engine is spent some amount of oil. Oil consumption can be, depending on the driving method and operating conditions, up to 0.5 l / 1,000 km. During the first 5,000 kilometers, consumption may be higher.

For this reason, it is necessary to check the level of engine oil with regular frequency, best with each fuel refuel or before each relatively long trip.

In the case of a particularly large load of the engine, for example, when running for a large distance on the highway in the summer, a trip with a trailer or during the passage of mountain passes, it is recommended to maintain the oil level within the site (A), but not higher.

Steering Hydrausselter System

Control of the working fluid in the hydraulic industry

The power system of the steering with the amplifier is refilled by the working fluid with the designation according to the catalog G 002,000.

Control of the level of working fluid in the hydraulic drive, carry out on a cold and turned off the engine. The level of fluid in the hydraulic drive should vary within the "Min" and "Max" marks. If the level falls to the MIN mark, then it is necessary to check the steering mechanism with an amplifier on a specialized service maintenance station. One refueling of the working fluid in the hydraulic means is insufficient.

Cooling system

Coolant

In normal operating conditions, the car cooling system does not need almost any care. The coolant is formed by water, which contains 40% antifreeze. This mixture is not only frost-resistant to a temperature of -25 ° C, and also protects the cooling system from corrosion and the car heating system. In addition, it prevents the deposition of scale and increases the boiling point of the coolant.

For this reason, it is impossible to reduce the concentration of antifreeze in the coolant by adding water, not even in the summer or during the operation of the car in countries with a hot climate. The concentration of antifreeze in the coolant should be at least 40%.

If in cold climates, there will be an increased frost resistance, it is possible to increase the concentration of antifreeze in the coolant, but only up to 60% (which corresponds to the frost resistance to about -40 ° C). Higher antifreeze concentrations weaken frost resistance and also deteriorates the cooling effect.

The factory refills the cooling system with antifreeze (purple) according to the "TL-VW 774 F" specification.

In case of taking a different coolant or if any doubt, contact the Skoda service maintenance station.

Checking the coolant level

The expansion tank for coolant is located on the right side of the subfolder space.

Check the coolant level in the expansion tank. The fluid level of the cold engine must vary within marks (b) (MIN) and (A) (MAX). In the heated engine, the fluid level may be slightly higher than the mark (A) (MAX).

Coolant topping

Wait until the engine is cooled.

Putting a rag on the plug of the expansion tank for coolant, carefully remove the plug.

Follow the coolant.

Screw the locking plug in such a way as the click is heard.

Flowable coolant must comply with specific specifications. If, in case of extreme need, at your disposal will not be the required antifreeze, then do not add any additive. In this case, we only become water and then restore the correct proportion of water and antifreeze as soon as possible on a specialized station of service maintenance.

For topping, use the new coolant.

Do not overflow the liquid above the MAX mark.

Brake fluid

Checking the level of brake fluid

The tank of the hydraulic brake drive is located on the left side of the carpentry space of the car. Cars with a right-sided location of the steering tank is located on the opposite side of the subcontrol space.

Check the level of brake fluid on the tank. The level should be within the "Min" and "Max" marks.

A minor decrease in the fluid level is observed during the movement of the car due to wear and automatic adjustment of the brake linings, which is quite normal.

If a significant drop in the liquid level occurs during a short time, or the level drops below the "min" mark, then this may mean the existing brake tightness disorder. Too low level of brake fluid is indicated by the signing of the alarm. In this case, immediately stop, and do not continue the movement of the car! Contact professionals for help.

Change of brake fluid

Brake fluid hygroscopic - absorbs moisture. Because of this property, the fluid takes the use of atmospheric humidity from the surrounding air throughout its use. The high water content in the brake fluid can lead to corrosion of the brake system. In addition, due to the water content in the brake fluid, the boiling temperature of the brake fluid is reduced. For these reasons, it is necessary to change the brake fluid after two years of application.

Only a new original brake fluid, approved by Skoda AUTO, can be used. Specification: "FMVSS 116 DOT 4".

Acceleration and movement of the car

Steering wheel regulation

The position of the steering wheel is possible to adjust in height and in the longitudinal direction.

First adjust the position of the driver's seat.

Flip down the handle under the steering column.

Adjust the steering wheel to the desired position in height and in the longitudinal direction.

Press the handle until the stop is up against the steering column.

Egnition lock

Gasoline engines

(1) - Ignition is turned off, the engine is stopped, the steering mechanism is possible to block.

(2) - ignition included

(3) - Engine Start

Diesel engines

(1) - stop the fuel supply, the ignition is turned off, the engine is stopped, the steering mechanism is possible to block.

(2) - Pre-warming up diesel, ignition is included. If the device is enabled for preheating, then do not turn on the electrostators with increased current selection so as not to expose the battery of excessive load.

(3) - Start of the engine.

For all cars, the following is:

Position (1)

The control is blocked (the steering wheel shaft is locked) after removing the key from the ignition lock as a result of turning the steering wheel to the left or right until the steering wheel stops the steering wheel will not be covered in a fixed position. In principle, you should block the steering mechanism always when leaving the car. This most makes it difficult to hijack your car.

Position (2)

If you fail to turn the key into this position or it is possible only with difficulty, then free the steering wheel lock by moving the steering wheel on the short plot in both directions.

Position (3)

In this position, the engine starts the engine. At the same time, the illuminated headlights of distant or near light are turned off for a short time or also other electrons with large current selection. After the key is released, the key returns to (2).

Before any repeated engine, you need to return the key to position (1). This most eliminates the possibility of starting the engine already operating.

Protective device preventing key retrieval (automatic transmission)

The key can be removed after turning off the ignition in the event that the selector lever is in the position of R.

Starting engine

General provisions

The engine is possible to start only the original key.

Before proceeding to the engine start, switch the gear lever to the neutral position (in cars with an automatic transmission translate the lever to the P or N position) and tighten the hand brake lever firmly.

While starting the engine, press the end to the clutch pedal, as a result of which the starter scrolls only the engine.

As soon as the engine starts, immediately release the key in the ignition lock, so as not to damage the starter.

After starting a cold engine, it may turn out a short increase in the noise of the engine's move, since during the hydraulic control of the gap in the valve drive, the oil pressure should first be created. This is a normal phenomenon and do not need to worry about it.

If the engine is not started:

Use as a help when starting a battery of a different car, as shown in the figure.

To start the engine with towing is possible only in cars with a manual transmission. It is impossible that the start of the engine towing the car exceeded 50 m.

Gasoline engines are equipped with a multipoint fuel injection system that supplies the perfect mixture of fuel with air.

Before and during the start of the engine, do not add gas.

If the engine did not start for 10 seconds, stop trying to start and repeat it approximately 30 seconds.

If the engine did not start even with the second start attempt, the reason for this can be a burned fuse fuel cell. Check the fuse and, in case of need, replace it.

Contact your nearest service maintenance station for help.

After starting a very hot engine, it is advisable to add a little "add gas".

Diesel engines are equipped with a device for preheating (incandescent), the duration of which automatically adapts to the temperature of the coolant and the outdoor temperature. After turning on the ignition, the preheating signaling device lights up (incandescent)

During pre-warming up (incandescence), do not include any electrons in order to avoid excessive load of the battery.

Run the engine immediately after repaying the alarm device for preheating (incandescent).

At a heated engine or at temperatures over +5 ° C, the alarm lights up for approximately a second. This means that you can start the engine immediately.

If the engine did not start even with the second start attempt, then the reason for this can be a blown fuse device for preheating (incandescent). Check the fuse and, in case of need, replace it.

Contact your nearest specialized service maintenance station.

Start of the engine after the full emptying of the fuel tank

After full emptying of the fuel tank and the subsequent refueling of diesel fuel can launch a diesel engine last longer than usual - up to one minute. This is due to the fact that during the startup, the power system must first be filled.

Engine stop

Engine turn off by turning the key in the ignition lock to position (1).

Manual Transmission

Gear shift

Reverse transmission Include only if the car stands still. Including the transmission of the reverse when the engine running, you need to wait for a long time when the clutch pedal is completely squeezed so that when the reverse is turned on to lower the noise level of the gearbox. If the ignition is turned on, then the reverse headlights light up when the reverse transmission is turned on.

Parking brake

Tightening manual brake lever

Pull the hand brake lever completely up.

Release of a tightened manual brake lever

Lift the hand brake lever somewhat up, while at the same time clicking on the lock button.

Holding the lock button pressed, press the manual brake lever at the original lower position.

When the manual brake lever is tightened and the ignition is on, the signaling device is activated on the parking brake system.

In the event that the omission moves from the place with a tightened manual brake lever, the buzzer (warning beep) will be signed on the information display shows an indication for the driver: Handbrake ON (manual brake is tightened).

The warning about the tightened manual brake lever is activated by a minimum in three seconds of the car movement at a speed exceeding 6 km / h.

Cruise control

Cruise control is a device that allows you to maintain the installed unchanged speed exceeding 30 km / h without the need to press the accelerator pedal. Selected speed is supported, provided if the engine allows the engine and its braking effect. Thanks to the use of this device - especially in long portions of the road - you can "take a foot on the pedal of accelerator".

The cruise controller is serviced by the engine switch (A) and the pressure button (B) on the left knob of the multifunction switch.

Move the pushbutton switch (A) to the ON position.

After reaching the required speed, press the button (B) in the SET position - the current speed will be remembered.

After pressing the button (B), the SET-car position is supported by just loaded speed without controlling the accelerator pedal.

Speed \u200b\u200bcan be increased by pressing the accelerator pedal. After letting the pedal, the speed drops to the value pre-loaded into memory.

However, the said does not apply to the event of exceeding the value loaded in memory to more than 10 km / h, longer than 5 minutes.

The loaded speed is reset from the memory content. Speed \u200b\u200bmust be remembered again.

Speed \u200b\u200bis possible to reduce the standard way. As a result of pressing the brake pedal or clutch pedal, the cruise controller is temporarily turned off.

Change the speed loaded in memory

Speed \u200b\u200bcan also be changed, too, without the need to use the accelerator pedal.

Acceleration:

The speed loaded in memory is possible to increase without the need to press the accelerator pedal by pressing the button switch (B) in the RES + position.

Holding a push button switch in the RES + position pressed, will achieve a smooth speed increase. After reaching the speed of the desired value, release the push button switch. As a result, this new speed is being introduced into memory.

Slowness:

The speed loaded in the memory is possible to reduce as a result of pressing the button (B) in the SET position position.

Holding a push button switch in the SET position, will achieve a smooth reduction in speed. After reaching the speed of the desired value, release the button. As a result of the above, the new speed is introduced into memory.

When the pressure button is released at the speed below, than 30 km / h, the speed is not entered into memory, and the contents of the memory is reset. After increasing the speed, over 30 km / h, you need to remember it again by pressing the R button in the Set- position.

Temporary Cruise Control Turning

The cruise control device is turned off by temporarily by pressing the brake pedal or clutch pedal. The speed loaded in memory is saved in memory.

The speed loaded in the memory again renew the button (B) in the RES + position after the clutch pedal or brake pedal.

Full Turning off Cruise Control

Move the pushbutton switch (A) to the right side to the OFF position.

Devices and alarms

1. Tachometer 2. Coolant temperature pointer 3. Fuel reserve 4. Speedometer 5. Digital clock, Multifunctional display 6. Information display 7. Clock setting button 8. Reset button 9. General and daily mileage meter, service maintenance period

Tachometer

The beginning of the red tachometer scale sector indicates for all transmissions the maximum allowable rotational speed for the rolled and warm engine. Before reaching this sector, switch to the nearest higher gear or dial the position D of the automatic transmission selector lever. Switch to a lower transmission is necessary as soon as the car ceases to go smoothly, evenly. During running, avoid an increased rotation frequency of the car shaft of the car.

Coolant temperature pointer

Low temperature zone

While the arrow of the pointer is on the left segment of the scale, the engine will not be warm yet on its operating temperature. Avoid driving at high engine shaft rotation frequencies, with a full gas and do not expose the engine with a strong load.

Operating temperature zone

At that moment, when the arrow of the pointer falls into the middle section of the scale, the engine has been achieved its operating temperature. With an increased engine load and elevated outdoor temperatures, the pointer arrow can deviate more to the right. Such a deviation is not significantly as long as it starts to flash a warning symbol on the instrument panel.

Fuel reserve pointer

Fuel reserve pointer works only when the ignition is turned on.

The fuel tank capacity is about 55 liters. At that moment, when the arrow of the pointer falls to the fuel supply site, the warning symbol will light up on the instrument panel. At the moment, OK is still in the fuel tank. 7 liters of fuel. This symbol reminds you of the need to refuel.

The information display shows: Please refuel (fuel).

A sound alarm system (1 brief beep) is also distributed as a warning signal.

The counter traveled

Display: Daily Path Counter

The traveled path is indicated in kilometers (km). Some performances are used as a unit of measure "Mile".

When the ignition is turned off, the display shows the counter of the total traveled path. After turning on the ignition, the display appears on the display. Counters may then switch the reset button.

Reset button

By pressing the reset button, it is possible to switch between the daily meter path and the counter of the total traveled path. What exactly the counter is just represented on the display, you can learn from the fact that the daily route of the path after the reading of the traveled path is depicted.

If you hold the 1 second button, the reading of the daily route of the path is reset. If you click on the ignition on the button more than 3 s., An image of the number of kilometers or days remaining before the next service inspection is appeared (the reading of the daily meter of the path is not reset).

Display faults

If some kind of malfunction appeared in the instrument panel, then a constantly displayed DEF indication appears on the path of the daily counter. Eliminate the fault as soon as possible on a specialized service maintenance station.

Speed \u200b\u200balarm

In case of speed of 120 km / h, the sound alarm prevents you about this fact. If the speed drops below this limit, the sound signaling is turned off.

Service Maintenance Periodicity Index

Approximately 30 days before the protrusion of the next service inspection on the display of the path traveled path, the key symbol is depicted. Next to the key symbol is depicted on 10 s. Indication of the remaining number of kilometers, and then 10 s. - Indication of the remaining number of days before the term of the next service inspection.

The information display shows:

"SERVICE IN ... KM OR ... Days (service maintenance through ... km or ... days)"

The reading by kilometers and, acc., In the time remaining before the next service inspection, decreases gradually for steps 100 km and 1 day, respectively. As soon as the service inspection period is made, a blinking key symbol appears on the display.

"SERVICE NOW (Service Maintenance - Now!)"

The reading disappears approximately 20 seconds after the ignition is turned on. The readings of the daily counter of the path can also be called by pressing the reset button of the daily meter longer than 1 sec.

An image of the number of kilometers and days remaining to the next service inspection

The number of kilometers and days remaining before the next service inspection may be portrayed at any time as follows:

Turn on the ignition and press the reset button longer than 3 s. A key character appears on the path display. Next to the key symbol is depicted for 10 seconds. Indication about the remaining number of kilometers and then for 10 seconds. - Indication of the remaining number of days before the term of the next service inspection.

Reset reference indicators of service maintenance periodicity

Specialized Service Maintenance Station:

Reset the contents of the pointer's memory after the implementation of the appropriate inspection;

Introduce an entry in the service book;

They stick on the side of the instrument panel on the driver side the sticker, where the period of the next service inspection is marked.

Reset the readings of the service maintenance period of the service maintenance is also possible to carry out the reset button as follows:

When the ignition is turned off, press the reset button and hold it pressed. Turning on the ignition, release the reset button and turn it slightly. As a result, the testimony is discharged.

Digital clock

Setting the watch

To adjust the time, the control button is located next to the speedometer, down to the left of it.

Turn the control button to the left side.

Setting minutes

Turn the control button to the right side.

Multifunctional pointer (on-board computer)

The readings of the multifunction pointer are depicted, depending on the vehicle.

The multifunctional pointer provides a number of useful information:

Outdoor temperature Page;

Power reserve;

Instant fuel consumption;

Average fuel consumption;

Car movement time;

Distance traveled;

Middle speed.

The multifunctional pointer is equipped with two automatically working memories. In the Indication field in the middle, the dialed memory is depicted. Memory data for a separate trip (Memory number 1) is depicted if the display appears No. 2 appears on the display, then the memory data is depicted for a total trip (Memory number 2). Switching the memory level is carried out with a button (B).

Function switch (A) and the reset button (B) are located on the handle of wipers.

Select Memory

By repeated short press button (B), it is possible to dial the required memory.

Selection of functions

Press the (A) button at the top or bottom. This most gradually call on the display individual functions of a multifunctional pointer.

1. Dial the required memory.

2. Press the (B) button longer than 1 sec.

The button dropped the following memory values:

Average speed;

Move time. Multifunctional pointer can only be serviced when the ignition is turned on. After turning on the ignition, the function is depicted that has been scored last before it is turned off.

If the outdoor air temperature falls lower than + 4 ° C. This shows the appearance of the outdoor temperature with the symbol of the snowflake (the warning alarm of the ice) and the sound alarm system will have a duration of 10 s. The symbol warns the driver about the possibility of formation of an ice. The display automatically switches to the initially dialed function after 10 s.

Outdoor temperature

The outdoor temperature is displayed on the display when the ignition is turned on.

The correct value is depicted with a delay of about 5 minutes. In a stopped car or on a too low movement speed, the specified temperature may turn out to be higher than the outdoor temperature due to the presence of heat generated by the engine. If the outdoor temperature drops below than +4 ° C, the appearance of the outdoor temperature with the snowflake symbol (warning alarm of the ice) and sound alarm system 10 s.

Power reserve

The display appears approximate indication of the stream of the course in kilometers. This testimony reports how your car can still drive with an existing fuel reserve in the tank and while maintaining the same driving method. The reserve of the move is depicted by steps 10 km.

The basis for calculating the stroke reserve is fuel consumption for the last 50 km.

If you behave more economical, then the stroke reserve will increase.

In case of resetting the contents of memo (after disconnecting the battery) you need to drive 50 km. To show the appropriate actual value.

Instant fuel consumption

An instant fuel consumption appears on the display, expressed in l / 100 km for this indication can adapt the way to drive to the required flow rate.

In a stopped or slowly moving car, an indication in l / h is depicted.

Middle fuel consumption

The display shows the average fuel consumption in l / 100 km from the moment the last memory reset. According to this indication, you can adapt the way to drive to the required consumption.

If you wish to learn the average expense for a certain period of time, you need to reset the contents of the reset button (B) at the beginning of the measurement. After resetting this test, the first 300 m mileage on the display shows the strokes. During the movement of the car, the depicted value is updated every 5 seconds.

Move the car

The display shows the movement time of the car, which has expired since the last memory reset. If you wish, measure the movement time of the car, starting from a certain point, you need to reset the contents of the memory at this particular point by pressing the button (B).

The maximum value of the pointer for both memories is 99 hours 59 minutes. If this value is exceeded, the contents of the memo are reset.

Distance traveled

The display shows the path passed by the car since the last memory reset. If you wish, measure the path passed by the car, starting from a certain point, you need to reset the contents of the memory at this particular point by pressing the button (B).

The maximum value of the pointer for both memories is 9999 km. If this value is exceeded, the contents of the memo are reset.

Car self-control system

Condition of car

The car self-control system is checked for certain functions and the state of individual car systems. Control occurs continuously when the ignition is turned on as it stands on the place of the car and on the go.

Faults, urgent repair work, service operations or other instructions are depicted on the instrument panel display. These indications are flashed according to their priority with red and yellow glowing symbols.

Red symbols warn about serious threats (priority 1), while yellow signals warnings (Priority 2). In addition, the symbols also depict instructions for the driver.

Check the faults are as soon as possible. If there are more than a message at the same time, then the corresponding characters light up gradually after 10 seconds.

Messages are depicted and entered into memory under the position of VEH. Status.

If the menu flashes the VEH position. Status (car condition), then it means that there is at least one malfunction message. If there is more than one message, the display lights up for example. Status 1/2 (condition 1/2) It means that the information is the first of two messages.

As a result of pressing the switch (A), gradually separate messages are called.

In the event that a malfunction appears, except the image of the symbol and text is also a sound warning signal:

Priority 1 - three warning beeps;

Priority 2 is one warning beep.

Red symbols

Signals a serious danger.

If the display shows a red character, follow:

Stop the car;

Turn off the engine;

Check the signals;

If necessary, call for help professionals.

In the event of a red symbol, three warning signals are distributed.

In the case of the simultaneous presence of multiple faults, the priority action 1 characters appear gradually, aligning always about 5 s.

Yellow symbols

Yellow symbol signals a warning.

In the event of a yellow symbol appears one warning signal.

In the event that there is more than one fault of priority 2, the characters appear gradually and always burn about 10 s.

Check the signaling functions as soon as possible.

Signalizers

Signalizers indicate certain functions or faults.

Turn signs (left)

Rotation Pointers (Right)

Liquid level in glass wool tank

Far light lights

Fuel reserve

Lights lights

Pressure of motor oil

Back fog light

Hood engine

Opening doors

Number of oil

Tire pressure

Incandescent lamps

Blocking mechanism (constipation) selector lever

Steering with hydraulic amplifier

The toxicity control system

Anti-pass system (ASR)

Monitoring the electronic fuel supply system (gasoline engine)

Preheating device (diesel engine)

Brake system

Inflatable airbag system

Far light lights

The signaling device lights up with a permanent light when the pharmaceutical headlights are turned on or the use of warning light alarm by means of headlights.

Lights lights

The warning device burns with permanent light with the headlights turned on.

Run signs

Depending on the position of the switching lever, the rotation flashes the left or right alarms. In the event that one of the turns of the rotation pointer failed, the frequency of the flashing of the signaling device becomes about two times more normal. This does not apply to ride with a trailer.

Back fog light

The signaling device is on the permanent light when the rear fog lamp is turned on.

Control of the electronic fuel control system ERS (gasoline engine)

The ERS signaling device (electronic fuel control system) lights up for a few seconds after the ignition is turned on. If the ERS signaling device after the engine is placed it does not go out or lights up with a permanent light or flashes during the movement of the car, this means that in the electronic fuel control system (engine power control) there is a malfunction. The emergency program scored by the engine control unit will allow you to get with high caution to the nearest specialized service maintenance station. Depicted on the Information Display Text: Engine Fault Workshop! (Engine in workshop!).

Anti-theft device, preventing a car strangers to unauthorized persons (immobilizer)

When the ignition is turned on, mapping the codes of the car key and the control unit. The correctness of this comparison process is confirmed by the signing of the alarm for a few seconds. In the case of an incorrect (for example, a fake) ignition key, the alarm device continuously flashes and the car engine cannot be started. The engine is then possible to start only the original coded key "Skoda".

Text images depicted on the information display: (Immobilizer Active (Immobilizer Active)).

Preheating (incandescence) (diesel engine)

If the engine is cold, the signaling device lights up after turning the key in the ignition lock into a certain position. Immediately after repaying the alarm, start the engine.

If the engine is heated or if the outdoor temperature exceeds + 5 ° C, the signaling device lights up approx. for 1 sec. This means that you can run the engine immediately. If the signaling device does not light or it burns constantly, this indicates the presence of a malfunction in the preheating device. Therefore, refer to specialists in a specialized service maintenance station. If the signaling device begins to flash during the movement of the car, this means that in the electronic fuel control system (engine power control) there is a malfunction. The emergency program scored by the engine control unit will allow you to get with high caution to the nearest specialized service maintenance station. Pictured on the information display Text Engine Fault Workshop! (Engine - in the workshop!).

Temperature, coolant level

The signaling device lights up with a permanent light for a few seconds after turning on the ignition.

If the signaling device does not go out after starting the engine or lights up or flashes during the movement of the vehicle, then this indicates too high the temperature of the coolant or on the level of it too much. A sound alarm system is also distributed as a warning signal (3 short beep). In this case, stop the car, turn off the engine and check the cooling fluid level. If necessary, fragile liquid. If for any kind of reasons you can not provide a sufficient amount of coolant, do not continue the movement of the car. Leave the engine turned off and seek help on a specialized service maintenance station, for serious engine damage is coming.

If the coolant level is within the limits, the increased temperature can be caused by a fan malfunction for coolant. Check the fan fuse and, if necessary, replace it.

In the vehicles with the information display, the alarm device does not light up after turning on the ignition, and it lights up only if the coolant temperature is too high or the cooling fluid level is too low.

If the signaling device does not go out, although the fluid level and fuse fuse - normally, do not continue the trip. Contact your service maintenance station for help. Pictured on the Information Display Text: Stop Check Coolant! Owner's MANUAL! (Stop Check the cooling fluid! Operating manual).

Fuel reserve

The signaling device lights up constantly when the fuel supply in the fuel tank is less than approx. 7 liters.

A sound alarm system (1 brief beep) is also distributed as a warning signal. Pictured on the Information Display Text: Please Refuel (fuel!).

Pressure of motor oil

The signaling device flashes with a red light (low oil pressure). The signaling device lights up for a few seconds after switching on the ignition.

If the signaling device after the engine is placed it does not go out or starts to flash during the movement of the Avgomobiper, stop the car and turn off its engine. Check the oil level and, in case of need, the result is its page.

A sound alarm system is also distributed as a warning signal (3 short beep).

If for any kind of reasons you can not provide a sufficient amount of oil, then do not continue the movement of the car. Leave the engine turned off and consult for help on a specialized service maintenance station, otherwise serious engine damage is possible.

If the alarm is on, even if the oil level is normal, do not continue movement. Do not leave the car engine to work, not even on idle speed. Contact your nearest service maintenance station for help.

Pictured on the Information Display »Text: Stop Oil Press. ENGINE OFF! Owner "s MANUAL! (Stop Pressure Oil Off. Engine Operating Instructions).

The signaling device burns with yellow light (insufficient oil level).

If the signaling device turns yellow, it is likely that the oil level is not normal. Check the oil level as soon as possible and, in case of need, decol the oil.

A sound aversion (1 short beep) is also distributed as a warning signal.

Chack Oil Level text depicted on the information display (Check the oil level).

After opening the engine hood longer than 30 s. The signaling device goes out.

If the engine oil did not have a racio, the alarm lights up again after approximately 100 km run.

The signaling device flashes with yellow light (faulty engine oil level sensor)

In the event of a malfunction on the motor oil level sensor, the beeps warns about this circumstance and alarm flashes several times. It is necessary to check the engine immediately on a specialized service maintenance station.

Depicted on the Information Display Text: Oil Sensor Workshop! (Oil sensor in workshop!).

Thickness (maximum allowable wear) brake linings

In the event that the signaling device lights up, refer immediately to a specialized service maintenance station to check the brake overlays on all wheels. A sound alarm system (1 brief beep) is also distributed as a warning signal. Depicted on the Information Display Text: Check Brake Pads! (Check the brake lining!).

Opening doors

The signaling device is on the permanent light in the event that one or more doors are open, the engine hood or the lid of the trunk.

This alarm is lit even when the ignition is turned off. In the event that one or more doors are open, the motor hood or the lid of the trunk, the signaling device goes out 5 minutes after turning off the ignition. After closing all doors, the signaling device goes out immediately.

Level of fluid in the tank for windows

The signaling device lights up after turning on the ignition by the permanent light with a disadvantage of the liquid in the tank for the glasses. A sound alarm system (1 brief beep) is also distributed as a warning signal. Pictured on the Information Display Text: Top Up Wash Fluid (Fresh water in the tank for windshield facilities!).

SYSTEM CONTROL SYSTEM (exhaust gases)

The signaling device lights up with a permanent light after turning on the ignition.

If the signaling device does not go out after the installation of the engine or during the movement of the car, it lights up or flashes, then it means that in the system toxicity control system there is a malfunction. The emergency program scored by the engine control unit will allow you to get with high caution to the nearest specialized service maintenance station. The text depicted on the information display: Emission Workshop (OG emission - in the workshop!).

Tire pressure

The signaling device lights up in the event that the pressure is significantly reduced into any of the tires. Reduce the speed and check as soon as possible and, if necessary, stabilize the pressure in all tires.

A sound alarm system (1 brief beep) is also distributed as a warning signal. If the signaling device flashes, this means that there is a malfunction in the system. Contact a specialized service station and order troubleshooting.

Blocking device selector lever

If the alarm will light up on the brake pedal. This is necessary if you need to withdraw the selector lever from the P and N position.

Anti-lock brake system (ABS)

The signaling device flashes the system performance.

The signaling device lights up for a few seconds after turning on the ignition or during the start. The signaling device goes out as soon as the automatic control process is completed.

Malfunction in the system.

If the signaling device does not go out within a few seconds after switching on the ignition or does not light up or lights up on the drive, it means that the device is not normal and the braking of the car is carried out without the action of the anti-lock system. On a car, in this case, only the standard brake system works. Contact immediately at the nearest specialized service maintenance station, adapting a way to drive to the existing setting, meaning the fact that you are unknown for damage and anti-locking limitations.

If we are talking about a fault of a relatively large scale, then the sound alarm (3 short beeps) is also triggered as a warning signal.

Malfunction in the entire brake system.

If the signaling device is lit together with the brake system alarm (when the manual brake lever is released), it means that not only the ABS system is defective, as well as the other part of the brake system.

Antiscolic system

The signaling device lights up with a permanent light for a few seconds after turning on the ignition. When the process of regulating the car acts, then the signaling device flashes. When the ASR operating system or in the presence of a malfunction in the system, the alarm is on constantly.

Since the system works in conjunction with ABS, when the ABS fails, the ASR signaling device is also lit.

In the event that the alarmizer lights up immediately after starting the engine, it could be done for technical reasons to turn off the ASR system. In this case, it is possible to turn on the ASR system to turn off and then turning on the ignition. If the signaling device goes out, this means that the ASR system is completely efficient.

ESP Stabilization System

An integral part of the ESP program is also also automatic control of drive drives by their ASR bounce, electronic blocking of the EDS differential and ABS anti-lock system.

When the process of regulating the car acts, then the signaling device flashes.

When the ESP system is turned off or in the presence of a malfunction in the system, the warning device is on constantly. Since the ESP system works in conjunction with the ABS device, if the ABS failures, the ESP alarm is also lit.

In the event that the signaling device lights up immediately after the engine is placed, it could happen according to the reasons for turning off the ESP system. In this case, it is possible to turn on the ESP system to turn off and then turning on the ignition. If the signaling device goes out, this means that the system is completely efficient.

Brake system

The alarm device flashes or burns with a permanent light at a low level of brake fluid, if there is a malfunction in the ABS device or with a tightened manual brake lever.

If the signaling device flashes (with an uncomfortable manual brake lever), stop the car and check the level of the brake fluid. Pictured on the Information Display Text: Stop! Brake Fluid Owner's Manual (Stop! Brake fluid Operation manual).

If there is a malfunction of the ABS device, which also affects the operation of a standard braking system (for example, on the distribution of the brake pressure), the device signaling device is lit together with the brake system alarm. Invite that not only ABS device is defective, as well as a different part of the brake system. A sound alarm system is also distributed as a warning signal (3 short beep). Getting cautious to a specialized service maintenance station, you should be considered with the need for increased efforts to the brake pedal pressed, with a greater length of the pricking brake pedal and provide for the elongation of the car's braking route.

Tighten the hand brake lever. The signaling device is lit with a tightened manual brake lever. In addition, sound alarm is triggered if the car moves at least 3 seconds at a speed greater than 6 km / h. Pictured on the Information Display Text: HandBrake ON! (The manual brake lever is tightened!).

Inflatable airbag system

The signaling device lights up with a permanent light for a few seconds after turning on the ignition. If the signaling device does not go out or lights or flashes on the drive of the car, this means that a malfunction has appeared in the system. This also applies to the case when the signaling device does not light up after turning on the ignition. Pictured on the Information Display Text: Airbag Fault (Fault in the AirBag system).

The working readiness of the inflatable airbag system is controlled by the control unit, too, if some of the inflatable airbags are disabled.

In the event that the front, side inflatable airbags or also an inflatable airbag to protect the head turned off using a diagnostic device:

The signaling device lights up after turning on the ignition length of approx. on 3 s. And then flashes even approx. 12 seconds with intervals in 2 sec. Pictured on the Information Display Text: Airbag Belt Tensioner Deactivated (Airbag / Stretch Devices are deactivated!).

In the event that the inflatable airbag turned off with the use of a switch for inflatable airbags in a clothing drawer:

The signaling device lights up after turning on the ignition with a length of 3 sec.;

Turning off the inflatable airbag is on the airbag OFF (inflatable airbag turned off) on the middle section of the instrument panel.

Solid particle filter (diesel engine)

If the alarm is lighting up, then this means that, due to frequent trips to short distances, the solid particle filter clogged by soot.

For cleaning the filter of solid particles, it is necessary as soon as possible if it allows the road situation to go over to approximately 15 minutes. or before paying off the alarm with an on-2 or 5th gear on at least 60 km / h at a speed of the engine shaft in the range of 1800,7500 rpm. However, it is always necessary to follow the existing speed limitations.

After successfully cleaning the filter, the signaling device goes out.

If the filter is not cleaned, the alarm will not go out, and the alarm is started. In the information display, Engine Fault Workshop appears! (Engine malfunction in the workshop!) Subsequently, the engine control unit switches the motor automatically into the alarm mode in which the engine power drops. After turning off and on the ignition, the alarm lights up. Contact immediately for help at the nearest specialized service station.

Fastening seat belts

The signaling device lights up after turning on the ignition, so that you can remind you of the need to wear a seat belt. The signaling device goes out only after fitting the seat belt for the driver.

In the event that you are not fastened by the safety belt and the vehicle speed exceeded 25 km / h The alarm device flashes approx. 90 s and at the same time sound alarm is heard. Pictured on the Information Display Text: Please Fasten Seatbelt! (Fasten your seat belt!).

Recharge for battery

The signaling device lights up after turning on the ignition. After the engine is placed, the alarm must go out. If the signaling device is not going across the engine, or caught fire during the movement of the car, travel to the nearest specialized service station. Since the car battery does not recharge all, turn off all one hundred percent unnecessary electrostators in the car.

Wiper and glass watches

Windscreen wipers

The handle of the wiper switch contains the following provisions:

One-time triggering of wiper

If you want to wipe the windshield just a short time, press the handle down, into the precursor position (4). As a result of supporting the handle in the lower position longer than 1 sec. The wiper begins to work faster.

Intermittent wiper mode